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A Novel Algorithm of Contour Tracking and Partition for Dongba Hieroglyph

  • Yuting Yang
  • Houliang Kang
Conference paper
Part of the Communications in Computer and Information Science book series (CCIS, volume 875)

Abstract

Dongba hieroglyph is a kind of very primitive picture hieroglyphs; it has a characteristic of pictograph to express meaning by using pictures, but also has a feature of modern word to express the meaning with simple strokes. In this paper, we analyze the basic structural of the single graphemes in Dongba hieroglyphs. By analyzing the writing methods and habits, a novel algorithm is given based on the chain-connected domain algorithm. It is called connected domain priority marking algorithm, which can be used for both contour tracking and glyphic skeletons partition. Experiments show that the algorithm can extract the correct and ordered contour for the contour-based single graphemes, and solve the problem of sequential extraction of the strokes which are composed of single pixels. For the structure-based single graphemes, the algorithm can achieve the ordered and partitioned skeletons of graphemes by their connected domain, and ensure that the partition results are local consistency for glyphs with the same or similar structure. Therefore, the connected domain priority marking algorithm not only provides a convenient way to analyze the basic structure of Dongba hieroglyphs, but also provides an efficient tool for retrieving isomorphic/variant elements, deformed glyphs, and suffixes of the same basic elements, and lay a foundation for the study of Dongba hieroglyphic structure, glyphs creation, classification detection and reorganization.

Keywords

Connected domain priority marking algorithm Dongba hieroglyph Contour tracking Glyphic partition 

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Copyright information

© Springer Nature Singapore Pte Ltd. 2018

Authors and Affiliations

  1. 1.Culture and Tourism CollegeYunnan Open UniversityKunmingChina
  2. 2.College of Humanities and ArtYunnan College of Business ManagementKunmingChina

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